An introduction to
Planetary Centrifugal
Mixers
What is a THINKY Mixer?
 A THINKY Mixer mixes, disperses and degasses your
materials in seconds to minutes within your ow...
How does it work?
 THINKY Mixers use a “planetary” mixing action
 A combination of
 Rotation
and
 Revolution
Planetary Centrifugal Mixer Basics
 The material container rotates at a 45º angle whilst it revolves in a set
radius
 In...
What can it mix?
 Water-like liquids
 Pastes
 Powders
 Mixtures of liquids and
solids
 Mixtures of high and low
visco...
What can it mix?
 Adhesives
 Inks
 Cosmetics
 Pharmaceuticals
 Sealants
 LED phosphors
 Nano-particles
 Precious m...
Controlling mixing results
 Different mixing results can be achieved by altering
 The speed of Rotation and Revolution
a...
Two modes – 1) Mixing
 The Mixing Mode has high speed Rotation and Revolution
 The ratio between them is 1:2.5
 Typical...
Two modes – 2) Degassing
 The Degassing Mode has high speed Revolution
 The ratio between them is 1:36
 Typical speeds ...
Is it easy to operate?
 Load material into the container
 Measure the gross weight &
adjust the counter balance dial
to ...
What is multi-step mixing?
 Allows you to process up to five continuous steps in a batch
 Mix -> degas -> mix -> degas, ...
Example: Quality improvement for
powder mixing
 Problem of mixing hard-to-wet powder into a liquid
 Once some of the pow...
Example: Quality improvement for
powder mixing
 Program all steps to one memory slot
 Batch time - two minutes and 50 se...
THINKY advantages
 Super fast processing
 It can process materials regardless of viscosity and density
 There is no mes...
THINKY ARE-250
Our most popular mixer
 Use for the majority of
materials
 No vacuum
 But usually no bubbles >
Ø1μm
 Pr...
THINKY ARV-310
 Same size as ARE-250
 Includes integral vacuum
capability
 Used where even micro-
bubbles cannot be tol...
THINKY ARV-5000
 Includes integral vacuum
capability
 Up to 5kg mixing
THINKY ARV-930Twin
 Includes integral vacuum
capability
 Max 0.5l in 0.75l container x 2
 1 litre overall mixing capaci...
What is counterbalance?
 All THINKY mixers are equipped with balance adjusters
 High speed spins of the single container...
Containers
 Mixing quality and speed is optimised by using a suitable
container
 Ideal containers have rounded internal ...
Adapters
 THINKY Mixers hold a small container with an optional adapter
 You can use various sizes of jars, syringes and...
Why THINKY?
 There are many engineered materials which are
 Hard to mix
 Hard to de-aerate or de-gas
 Hard to wet, or ...
THINKY solutions
 For high viscosity, materials with different densities, or dry particle
mixing
 Simultaneous mixing & ...
THINKY solutions
 Saves time and cost significantly
 Improves yield rate
 Reduces production cycle time in seconds to m...
THINKY Corporation
 Some background information
 THINKY was founded in 1971 in Japan
 First patent on mixing mechanisms...
Thank you!
 Thank you for your interest in the THINKY Mixers
 Please visit our website for more information, technical
s...
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Getting To Know THINKY Mixers

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An introduction to Planetary Centrifugal Mixers. A THINKY Mixer mixes, disperses and degasses your materials in seconds to minutes within your own product container.
It can process materials with very low to very high viscosity up to 100 million centipoise ( mPa·s)
THINKY Mixers use a “planetary” mixing action

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Getting To Know THINKY Mixers

  1. 1. An introduction to Planetary Centrifugal Mixers
  2. 2. What is a THINKY Mixer?  A THINKY Mixer mixes, disperses and degasses your materials in seconds to minutes within your own product container  It can process materials with very low to very high viscosity up to 100 million centipoise ( mPa·s) Flux paste and solder powder 15 seconds
  3. 3. How does it work?  THINKY Mixers use a “planetary” mixing action  A combination of  Rotation and  Revolution
  4. 4. Planetary Centrifugal Mixer Basics  The material container rotates at a 45º angle whilst it revolves in a set radius  Intensive circulation of the material in the container under 400G of force results in quick mixing and air being squeezed out Oil Based Modelling Clay Start 30 sec 2 mins 7 mins
  5. 5. What can it mix?  Water-like liquids  Pastes  Powders  Mixtures of liquids and solids  Mixtures of high and low viscosities And any combination of these!
  6. 6. What can it mix?  Adhesives  Inks  Cosmetics  Pharmaceuticals  Sealants  LED phosphors  Nano-particles  Precious metal fillers
  7. 7. Controlling mixing results  Different mixing results can be achieved by altering  The speed of Rotation and Revolution and  The ratio between them  There are two standard modes which are used to achieve optimal mixing results  Mixing Mode  Defoaming Mode/ Degassing Mode
  8. 8. Two modes – 1) Mixing  The Mixing Mode has high speed Rotation and Revolution  The ratio between them is 1:2.5  Typical speeds are 800rpm:2000rpm  With normal spin radius, this provides 400G of mixing force  The Mixing Mode achieves fast, homogeneous mix  This mixing action adds no air to the materials  In fact, it has a tendency to remove entrapped air Rotation Revolution
  9. 9. Two modes – 2) Degassing  The Degassing Mode has high speed Revolution  The ratio between them is 1:36  Typical speeds are up to 60rpm:2200rpm  It is more similar to a simple centrifuge action  With normal spin radius, this provides 510G of force  The Degassing mode removes any remaining air  Too fast a rotation will separate the material like a centrifuge, although it degasses well Rotation Revolution
  10. 10. Is it easy to operate?  Load material into the container  Measure the gross weight & adjust the counter balance dial to suit  Set the time, speed & mode or  Recall a previously saved program or recipe  Press the start button  Up to five mixing profiles or recipes can be registered in memory slots and recalled
  11. 11. What is multi-step mixing?  Allows you to process up to five continuous steps in a batch  Mix -> degas -> mix -> degas, etc  Is very effective for powder applications, heat- or shear-sensitive materials or reactive materials Mixing talc into a viscous silicone
  12. 12. Example: Quality improvement for powder mixing  Problem of mixing hard-to-wet powder into a liquid  Once some of the powder starts wetting, the rest tends to wet as well  To trigger this wetting, the mixer starts at a slow speed akin to mixing by hand  Then, mix at full speed  Degas  Re-mix again to make sure any dense particles which might separate in degassing mode are mixed and the material is fully homogenous  Dynamic speed change from slow to fast, or vice versa, gives “shaking” effect to the materials which can result in better mixing quality  Speed adjustments in a cycle can increase or decrease shear, which can change the material viscosity, etc
  13. 13. Example: Quality improvement for powder mixing  Program all steps to one memory slot  Batch time - two minutes and 50 seconds total  Stages proceed automatically Step 1 500 rpm 1 min Mixing Step 2 2000 rpm 20 sec Mixing Step 3 2200 rpm 1 min Degassing Step 4 1000 rpm 30 sec Mixing
  14. 14. THINKY advantages  Super fast processing  It can process materials regardless of viscosity and density  There is no mess and no contamination  High quality  Can accommodate small to large samples  Easy operation of the machine  Load materials into the jar  Press button to recall set program  Then Start
  15. 15. THINKY ARE-250 Our most popular mixer  Use for the majority of materials  No vacuum  But usually no bubbles > Ø1μm  Processes 0.5ml – 300ml  310 grams gross
  16. 16. THINKY ARV-310  Same size as ARE-250  Includes integral vacuum capability  Used where even micro- bubbles cannot be tolerated  < Ø1μm bubbles  See our Technical Bulletin - Vacuum Mixing & Degassing
  17. 17. THINKY ARV-5000  Includes integral vacuum capability  Up to 5kg mixing
  18. 18. THINKY ARV-930Twin  Includes integral vacuum capability  Max 0.5l in 0.75l container x 2  1 litre overall mixing capacity
  19. 19. What is counterbalance?  All THINKY mixers are equipped with balance adjusters  High speed spins of the single containers requires a counter dummy weight to spin in balance  Unbalanced spins cause heavy vibrations of the mixing unit  Like a wobbling washing machine
  20. 20. Containers  Mixing quality and speed is optimised by using a suitable container  Ideal containers have rounded internal corners and no gaps on the container wall surfaces  This allows no particles to be trapped on sharp corners or gaps  Standard containers are 300ml HDPE  Stocked containers include  90ml PP  150ml HDPE  240ml PP
  21. 21. Adapters  THINKY Mixers hold a small container with an optional adapter  You can use various sizes of jars, syringes and cartridges. We also can make adapters for your container needs  The cooling adapter has a freeze gel function that keeps the material cool throughout the mixing process  The heat insulation adapter allows you to process heated materials up to 130 C
  22. 22. Why THINKY?  There are many engineered materials which are  Hard to mix  Hard to de-aerate or de-gas  Hard to wet, or get dry powders into liquids  They can be  High and/or low density materials  High SG metallic powders  Pasty, viscous materials  Fine particles  etc! THINKY Mixer are the ideal solution for all types of engineered compounds. The precision can be simply confirmed when examined under a microscope.
  23. 23. THINKY solutions  For high viscosity, materials with different densities, or dry particle mixing  Simultaneous mixing & degassing in one batch  Process in your own container  jar, barrel, cartridge, syringe  Remove voids and re-disperse filled materials already packed in syringes  Non-invasive processing ends the risk of cross contamination between batches  Process from 0.5ml - no waste of expensive materials  Re-mixing of separated materials to prolong shelf life  No volatile constituent loss with vacuum-less processing  No material damage unlike processes involving rollers, mixing blades or propellers  No unit cleaning between batches
  24. 24. THINKY solutions  Saves time and cost significantly  Improves yield rate  Reduces production cycle time in seconds to minutes  Improves productivity  Production on demand reduces material stock  Improves and produces consistent quality, regardless of operator skills, with digitally controlled processing
  25. 25. THINKY Corporation  Some background information  THINKY was founded in 1971 in Japan  First patent on mixing mechanisms was filed in 1989  There are now over 18,000 customers worldwide  THINKY as a company covers R&D, manufacturing, quality control, sales, repair and custom design of mixers and accessories  INTERTRONICS is the distributor for THINKY products
  26. 26. Thank you!  Thank you for your interest in the THINKY Mixers  Please visit our website for more information, technical specifications and a product video www.intertronics.co.uk/thinky  Come and see a THINKY Mixer! We welcome you to our Technology Centre for a demonstration  Call us on +44 1865 842842 September 2011 ver 1.1

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